From deep inside a Siberian mine, researchers have catalogued a series of materials unlike any others yet found in the ground. They do, however, bear a startling similarity to certain lab-grown materials that weren’t thought to exist in nature at all—until now.
Several years ago, scientists calculated the properties of an exotic form of carbon—called Carbyne—and found that it promised more strength and stiffness than any other known material. Now, it’s finally been made in a stable form inside an Austrian lab.
As humanity’s first space colonists are getting ready to ship off to Mars in 2030, the citizens of Earth may have just implemented the first-ever carbon emissions standards for airlines. And they’re weak as hell.
Researchers have discovered a new form of carbon structure, called Q-carbon, that’s harder than diamond and allows artificial versions of the precious stone to be made at room temperature and pressure.
A new bulletin from the World Meteorological Organization reports that the amount of greenhouse gases in the atmosphere have reached another new record high in 2014 that could become a ‘permanent reality.’
French wine lovers have always taken their soil very seriously. But now the country’s government has introduced fresh reasons for the rest of the world to pay attention to their terroir.
In the semiconductor industry, size matters — and people are worried that it won’t be able make transistors any smaller. But a team of IBM scientists has now published research showing how carbon nanotubes could help.
Carbon dioxide is a funny molecule. Life as we know it wouldn’t exist without CO2. But when we pump too much of it into the atmosphere, it destroys our environment. That’s why the Clean Power Plan, announced yesterday by the Obama administration, has finally decided to call carbon what it is: Pollution.
There’s a mystery inside trees upon which the fate of coastal cities, threatened by rising sea levels from climate change, may depend. Each year, the Earth’s forests take up about one-quarter of the carbon dioxide emitted by humans, effectively slowing the speed and severity of global warming. They lock up most of…
You might think early movies got called “flickers” and then “flicks” because they flicked through a series of images. Not true. What gave movies their nickname was a bug, not a feature. Learn about the outdated technology that made the images flicker far more than they should have.
New high-resolution maps of international woodland reveal that the world lost 18 million hectares of forest—the same area as that covered by Oklahoma—to wildfires, deforestation, and development in 2013
What do we do with a problem like carbon dioxide? We want to remove the excess from our atmosphere, but how? In Iceland, geologists are burying the greenhouse gas with water, so that basic chemistry can turn it into solid rock inside what the New York Times calls "a geological soda machine."
So what's the deal with graphene and why does everyone think it's the next big thing? Well, as SciShow says, it conducts electricity better than silver, it conducts heat better than diamonds and even though it's only one atom thick, it's even stronger than steel. So why isn't it more popular and everywhere?
A team of British researchers has created a record-breaking material, but you might struggle to tell—because it's so black that you can barely see it.
The molten aluminum being poured out onto the thin black fabric is bubbling at a scorching 1500 degrees Fahrenheit. That's hot. And yet, for all the heat and fire and flame power, the magic fabric easily withstands the burning liquid metal. The fabric doesn't catch fire, it doesn't get burned through and there's not a…
What to do with an environment-wrecking molecule like carbon dioxide? The gas behind global warming and ocean acidification enjoys a pretty rough reputation these days, but scientists have been working on ingenious ways to put carbon dioxide to good use. A little electricity, it turns out, can transform the waste gas…
Carbon is the fundamental element which all life on our planet is based on—but it's also much maligned for its role in climate change. So which is it, friend or foe?
A team from the University of Newcastle is perfecting a method of capturing carbon emissions and transforming them into carbonate rock bricks. They're just part of a wave of efforts by scientists who hope to tame carbon in order to shape a greener future.